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A Certificate Revocation List (CRL) is a list of certificate serial numbers that have been revoked by the CA Certificates can be revoked because they have expired, the device associated with a certificate has become compromised, the device is no longer being used, or a change in the security policy requires new certificates (like requiring longer key lengths) The use of CRLs is controlled by the following trustpoint configuration:

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ciscoasa(config)# crypto ca trustpoint trustpoint_name ciscoasa(config-ca-trustpoint)# revocation-check crl [none] ciscoasa(config-ca-trustpoint)# revocation-check ocsp [none] ciscoasa(config-ca-trustpoint)# revocation-check none

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Not applicable, since cumulative incentive is greater than $19,68750

The revocation-check command specifies how and if CRLs are used The crl parameter specifies that a CRL is downloaded using HTTP, SCEP, or LDAP from a specified location and cached locally; adding the none parameter specifies that if the CRL cannot be found, then it is not used (CRLs are optional) The ocsp specifies that the Online Certificate Status Protocol (OCSP) is used instead of CRLs to determine if a certificate has been revoked; adding the none parameter specifies that if the OCSP server cannot be found, then it is not used (OCSP is optional) The none parameter, by itself, specifies that CRLs and OCSP are not used during device authentication NOTE If when using CRLs or OCSP you don t add the optional none parameter, and the CRL or OSCP server cannot be accessed, authentication of the peer device will fail

ment It can use the relational database management system as a back end for storage or use its own multidimensional storage of the data With the introduction of OLAP services in Oracle9i, Oracle is moving away from supporting a separate storage engine and moving most of the calculations into SQL The result is a model where all the data reside in the relational database management system and where any remaining calculations that cannot be performed in SQL are done in a calculation engine running on the database server The model also provides a Java OLAP application programmer interface There are many reasons for moving away from a separate multidimensional storage engine: A relational engine can scale to much larger data sets A common security model can be used for the analytical applications and the data warehouse Multidimensional modeling can be integrated with data warehouse modeling The relational database management system has a larger set of features and functionality in many areas such as high availability, backup and recovery, and third-party tool support There is no need to train database administrators for two database engines The main challenge with moving away from a separate multidimensional database engine is to provide the same performance A multidimensional database management system that materializes all or large parts of a data cube can offer very fast response times for many calculations Oracle has approached this problem in two ways Oracle has added SQL support for a wide range of analytical functions, including cube, rollup, grouping sets, ranks, moving aggregation, lead and lag functions, histogram buckets, linear regression, and standard deviation, along with the ability to optimize the execution of such functions in the database engine Oracle has extended materialized views to permit analytical functions, in particular grouping sets The ability to materialize parts or all of the cube is key to the performance of a multidimensional database management system and materialized views give a relational database management system the ability to do the same thing.

Oracle9i supports all core SQL:1999 features fully or partially, with some minor exceptions such as distinct data types In addition, Oracle supports a large number of other language constructs, some of which conform with SQL:1999, while others are Oracle-speci c in syntax or functionality For example, Oracle supports the OLAP

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CRL Usage When using CRLs to determine if a certificate has been revoked, the appliance will periodically download and cache the CRL list To tune this process, you can use the following configuration:

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ciscoasa(config)# crypto ca trustpoint trustpoint_name ciscoasa(config-ca-trustpoint)# crl configure ciscoasa(config-ca-crl)# policy {cdp | static | both} ciscoasa(config-ca-crl)# url number URL ciscoasa(config-ca-crl)# protocol {http | ldap | scep} ciscoasa(config-ca-crl)# cache-time minutes ciscoasa(config-ca-crl)# enforcenextupdate ciscoasa(config-ca-crl)# ldap-defaults server_name_or_IP [port_#] ciscoasa(config-ca-crl)# ldap-dn directory_path password